Lithium beam diagnostic system on the COMPASS tokamak

G Anda, A Bencze, M Berta, D Dunai, P Hacek… - Fusion Engineering and …, 2016 - Elsevier
G Anda, A Bencze, M Berta, D Dunai, P Hacek, J Krbec, D Réfy, T Krizsanóczi, S Bató, T Ilkei…
Fusion Engineering and Design, 2016Elsevier
An improved lithium beam based beam emission spectroscopy system–installed on
COMPASS tokamak–is described. The beam energy enhanced up to 120 keV for Atomic
Beam Probe measurement. The size of the ion source is doubled, using a newly developed
thermionic heater instead of the conventionally used heating (tungsten or molybdenum)
filament. The neutralizer is also improved. It produces the same sodium vapor in a cell but
minimize the loss condensing the vapor on a cold surface which is led back (in fluid state) …
Abstract
An improved lithium beam based beam emission spectroscopy system – installed on COMPASS tokamak – is described. The beam energy enhanced up to 120 keV for Atomic Beam Probe measurement. The size of the ion source is doubled, using a newly developed thermionic heater instead of the conventionally used heating (tungsten or molybdenum) filament. The neutralizer is also improved. It produces the same sodium vapor in a cell but minimize the loss condensing the vapor on a cold surface which is led back (in fluid state) into the sodium oven. This way we call it recirculating neutralizer. The observation system consists of a CCD camera and an avalanche photodiode array.
Elsevier
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